Ph.D. Thesis

Inserted: 14 apr 2021
Last Updated: 14 apr 2021

Year: 2020
Notes:

The corrected version of my thesis

Abstract:

We study stability of minimizers for several geometric problems. Applying second variation techniques and some free boundary regularity results we are able to prove sharp quantitative isocapacitary inequality, both in the case of standard capacity and that of $p$-capacity. With the same approach we deduce that charged liquid droplets minimizing Debye-Hückel-type free energy are spherical in the small charge regime.

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• thesis.pdf